Open Source WheelCollider for Unity. This project implements a pacejka based tire logic.
A comprehensive simulation platform integrating vehicle dynamics, environment emulation, body controls, and battery management for holistic testing and validation of automated vehicles.
Simulations for UBC Formula Electric Vehicle
MATLAB & Simulink vehicle dynamics toolkit — quarter-car to 14-DoF full vehicle, Pacejka tyres, bicycle model. Backbone of the GT3 lap simulator.
Standalone web prototype of an interactive Rolls-Royce Phantom driving and cabin experience.
This C++ project uses OpenGL to simulate the process of one car overtaking another. It focuses on the interaction between vehicles on a single lane, emphasizing the dynamics of overtaking maneuvers, showcasing realistic movement with variable speeds and overtaking actions using computer graphics.
Autonomous vehicle lane tracking simulation with PID controller.
Java programs for the tenth exercise unit (UE10) in "Software Development 1". Focus: exception handling, abstract classes, interfaces, and vehicle simulations.
A Python vehicle sensor simulation project with CSV logging, warning detection, and Matplotlib graph generation.
The Smart Vehicle Traffic System uses Dijkstra's algorithm in C++ (via JNI) to simulate real-time vehicle navigation, visualized through Phaser.js with traffic signals and collision avoidance.
A browser-based, interactive vehicle parking simulator featuring editable paths, forward/reverse kinematics, trailer physics, and real-time collision detection.
A C++ 2D hypersonic vehicle simulation with real-time visualization, atmospheric physics, GUI controls, and CSV data export.
Software-based Vehicle Digital Twin with CAN Bus simulation and AI-powered fault detection. Built with Python, Embedded C, FastAPI, Scikit-learn.
A stateful vehicle simulation framework for modeling vehicle dynamics, driver behavior, environmental conditions, and fleet operations.
KĀRĀ is CADSynergy’s open-source 1D vehicle simulation testbench for powertrain architecture, drive-cycle analysis, energy use, performance, range, and validation.
One-way co-simulation framework integrating SUMO and BeamNG.tech using Python middleware for synchronized traffic simulation and 3D visualization.
A Python library for the generation of mobility maps and optimal routes for ground vehicles
Ultra-lightweight, general-purpose vehicle simulator that runs in a web browser.
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